Cameron Sino 110mAh 0.41Wh Replacement Battery for iPod Nano 6th Gen PN 616-0531
Replacement lithium-polymer cell rated 110 mAh and 0.41 Wh restores power to the iPod Nano 6th generation
- Weight27.7
- Restores original runtime with 110 mAh capacity
- Fits precisely at 35.06 × 15.49 × 2.27 mm
- Safe operation via overcharge and short-circuit protection
- Certified quality under ISO 9001, RoHS and CE
- Ready to install with fully decoded chip
Direct-fit replacement for 6th-gen iPod Nano
This 110 mAh, 0.41 Wh lithium-polymer cell matches the original 3.7 V specification and the 616-0531 part number. It is built for owners of the 6th-generation iPod Nano who need a new power source without modifying the device.
Pre-installed protection chip
The fully decoded chip enables normal charge reporting and safeguards against overcharge, over-discharge, over-voltage and short circuits. The package includes foam padding that protects the cell during transit and handling.
110 mAh capacity restores typical daily playback
The 0.41 Wh rating supports the same listening sessions the original battery delivered when new. It will not extend runtime beyond the factory design, and it is unsuitable for any device other than the 6th-generation iPod Nano.
Highlights
- Restores original runtime with 110 mAh capacity
- Fits precisely at 35.06 × 15.49 × 2.27 mm
- Safe operation via overcharge and short-circuit protection
- Certified quality under ISO 9001, RoHS and CE
- Ready to install with fully decoded chip
Specifications
| Brand | Cameron Sino |
|---|---|
| Model | iPod Nano 6th, ipod nano 6th generation |
| Part Number | 616-0531 |
| Weight | 27.7 |
Questions about this item
Will the built-in protection circuit eventually need replacement?
The battery includes overcharge, over-discharge, over-voltage and short-circuit protection integrated into its decoded chip, so no separate maintenance part is required.
What capacity limit appears first during continuous playback?
The 110 mAh / 0.41 Wh lithium-polymer cell sets the runtime ceiling; after 2–3 full charge cycles it reaches its rated capacity and then gradually declines with age.
How warm does the 3.7 V cell get during all-day use?
The supplier cautions against storage above 60 °C (140 °F); normal operation stays well below that, and the thin 2.27 mm profile helps dissipate heat quickly.
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